 # Parts of Computer Sciences That Requires Mathematics

Mathematics is imbibed in all parts of existence, from counting objects to solving arithmetic and algorithms.

Mathematics is imbibed in all parts of existence, from counting objects to solving arithmetic and algorithms. Knowledge of calculations has helped people in business by preventing both parties from getting cheated by the other person. As a trader, if a person says something you are not completely agreeing with, you could both count. In earlier parts of education, kids were taught to count with sticks and stones. Even if it seems quite basic, these simple techniques constitute the foundation of all kinds of mathematical equations, formulas and problems. As students progress in school, it gets more complicated gradually. People upgrade from sticks and stones to using calculators with supercomputers to solve problems.

Computers are used depending on the skill level of the user. Even though the actions are not necessarily regulated by how well the person uses it, expertise is required. Your skills as well as knowledge determine how limited you are to computer systems. Those with basic skills use them for simple tasks like saving documents or playing games. People with more skills often go for higher grades like computer programming. Programming is a part of computer science that deals with setting up instructions for computers to follow. This is one of its branches that requires math to be delivered properly.

One thing that unites both fields of computer and math is the usage of graphs to represent data. Graphs are used to show data in ways that are understandable to people viewing it. Once there is numerous data collected from different sources, graphs are used to show how they relate to each other. Bars, pies, blocks, and columns with circular types are usually applied to computers. When plotting graphs, you have to use math to calculate received data. Received information from raw sources is solved before plotting on computers. Linear graphical representations require solving the linear equation which involves maths and calculations.

Computer programming is where maths comes into its most complex state. A programmer needs to understand mathematics to a high level before they can program an application or a game. As a programmer, you send instructions to a system, these computers do not operate in local languages. Computers operate in numerical digits, which is why you require adequate knowledge of math to program. Mathematical calculus is a math branch that is often used in programming by programmers globally.

Calculus is studied as a single course in several institutions, but there are not many students. It is perceived as the hardest part of mathematics, this is why programming a system is hard. As its name seems, it involves different kinds of calculations with more effort than other types of mathematics. Differential and Infiniteimal are two separate branches of this difficult subject or course. Like its name depicts, infinitesimal calculus has much to do with infinity and continuity. Nevertheless, differential calculus is interested in the manner in which things change, differing from infinitesimal.

With proper knowledge of maths, you can create graphs and applications that solve problems with others. All these are complex problems, other simpler tasks can be solved with maths on systems. Calculating the size of disks with drives on a PC counts as using mathematics.